96-core ADSS optical cable (All-Dielectric Self-Supporting Fiber Optic Cable) is a self-supporting optical cable without metal reinforcement components. It is widely used in the communication field of power systems, especially in the accompanying communication of high-voltage transmission lines. The core advantage of ADSS optical cable is that it does not require metal reinforcement materials, so it has good electromagnetic interference immunity and is very suitable for communication environments near power lines.
The main features of the 96-core ADSS cable include:
Metal-free construction: There is no metal material inside the cable, so it has strong resistance to electromagnetic fields, will not produce arcs, and is suitable for power line environments.
High core count: 96 cores means that the cable contains 96 independent optical fiber cores, providing high-bandwidth transmission capabilities, suitable for large-scale data transmission needs.
Self-supporting characteristics: The cable itself has a certain mechanical strength and can be suspended between power towers without the need for additional support structures, simplifying the installation process.
Environmental resistance: ADSS cable can withstand the influence of adverse weather conditions, such as high temperature, low temperature, wind, rain and other natural phenomena, and maintain stable transmission performance.
Long-distance transmission: Due to its excellent physical and environmental properties, ADSS cable is suitable for long-distance communication and can achieve relay-free transmission of dozens or even hundreds of kilometers.
Easy to maintain: The cable has a simple structure and less maintenance work, which reduces the cost of long-term operation.
When designing and deploying the 96-core ADSS cable system, factors such as the mechanical tension of the cable, the cable laying path, ambient temperature changes, and ultraviolet radiation need to be considered to ensure the long-term stable operation of the cable. In addition, the compatibility of the cable with the power system must be ensured to avoid interference with the power system. (Source: Dongguan HX Fiber Technology Co., Ltd)
96-core ADSS optical cable (All-Dielectric Self-Supporting Fiber Optic Cable) is a self-supporting optical cable without metal reinforcement components. It is widely used in the communication field of power systems, especially in the accompanying communication of high-voltage transmission lines. The core advantage of ADSS optical cable is that it does not require metal reinforcement materials, so it has good electromagnetic interference immunity and is very suitable for communication environments near power lines.
The main features of the 96-core ADSS cable include:
Metal-free construction: There is no metal material inside the cable, so it has strong resistance to electromagnetic fields, will not produce arcs, and is suitable for power line environments.
High core count: 96 cores means that the cable contains 96 independent optical fiber cores, providing high-bandwidth transmission capabilities, suitable for large-scale data transmission needs.
Self-supporting characteristics: The cable itself has a certain mechanical strength and can be suspended between power towers without the need for additional support structures, simplifying the installation process.
Environmental resistance: ADSS cable can withstand the influence of adverse weather conditions, such as high temperature, low temperature, wind, rain and other natural phenomena, and maintain stable transmission performance.
Long-distance transmission: Due to its excellent physical and environmental properties, ADSS cable is suitable for long-distance communication and can achieve relay-free transmission of dozens or even hundreds of kilometers.
Easy to maintain: The cable has a simple structure and less maintenance work, which reduces the cost of long-term operation.
When designing and deploying the 96-core ADSS cable system, factors such as the mechanical tension of the cable, the cable laying path, ambient temperature changes, and ultraviolet radiation need to be considered to ensure the long-term stable operation of the cable. In addition, the compatibility of the cable with the power system must be ensured to avoid interference with the power system. (Source: Dongguan HX Fiber Technology Co., Ltd)
